 | | Acknowledgements |
| | 1. Designing integrated pest management for sustainable and productive futures. |
| | 2. Biotechnology's bitter harvest: herbicide-tolerant crops and the threat to sustainable agriculture. |
| | 3. Chemistry, agriculture and the environment. |
| | 4. Mise au point de techniques appropriées de lir qui seront utilisés par les petits agriculteurs traditionnels d'Afrique tropicale.(developing appropriate ipm technology for the traditional small-scale farmer in tropical Africa). |
| | 5. Biological control in developing countries: towards its wider application in sustainable pest management. |
| | 6. Transforming plants as a means of crop protection against insects. |
| | 7. Utilization of va-mycorrhiza as a factor in integrated plant protection. |
| | 8. Activity of four plant leaf extracts against three fungal pathogens of rice. |
| | 9. A useful approach to the biocontrol of cassava pathogens. |
| | 10. Evaluation of the biological activity of flax as a trap crop against orobanche parasitism of vicia faba. |
| | 11. Insect pest management. |
| | 12. Economic contributions of pest management to agricultural development. |
| | 13. The effects of intercropping and mixed varieties of predators and parasitoids of cassava whiteflies (hemiptera: aleyrodidae) in Colombia. |
| | 14. Prospects for traditional and cultural practices in integrated pest management of some root crop diseases in rivers state, Nigeria. |
| | 15. Studies on cowpea farming practices in nigeria, with emphasis on insect pest control. |
| | 16. Effect of various fertilizers and rates on insect pest/pearl millet relationship in Senegal. |
| | 17. Insect pests of intercrops and their potential to infest oil palm in an oil-palm-based agroforestry system in India. |
| | 18. Using weather data to forecast insect pest outbreaks. |
| | 19. Insect pest management and socio-economic circumstances of small-scale farmers for food crop production in western Kenya: a case study. |
| | 20. Rodent communities associated with three traditional agroecosystems in the San Luis potosi plateau, Mexico. |
| | 21. Grain storage losses in Zimbabwe. |
| | 22. Controlling weeds without chemicals. |
| | 23. Weed management in agroecosystems: ecological approaches. |
| | 24. Manual on the prevention of post-harvest grain losses. |
| | 25. Evaluation of efficient weed management systems in pigeonpea (cajanus cajan l.) |
| | 26. Weed management in a low-input cropping system in the Peruvian Amazon region. |
| | 27. Poblaciones, biomasa y banco de semillas de arvenses en cultivos de maiz zea mays l. Y frijol phaseolus vulgaris l. Efecto de m+todos de control y rotaciones. (Weed population, biomass, and seed bank in maize and bean crops. Effects of control methods and crop rotations). |
| | 28. Effects of groundnut, cowpea and melon on weed control and yields of intercropped cassava and maize. |
| | 29. Intercropping and weeding: effects on some natural enemies of African bollworm, heliothis armigera (hbn.) (lep., Noctuidae), in bean fields. |
